Random Number Generators TRIZ Cases
- DLT Lottery System Using Smart Contracts for Multi-Round Game Adaptability
A distributed ledger lottery system executes multi-round games via smart contracts to issue tickets and manage dynamic winning numbers.
- String-Based Random Permutation Vector Generation
This deterministic algorithm processes input data to generate secure permutations, resolving security vulnerabilities caused by reverse engineering of static fixed patterns.
- Microcomputer Random Number Generation Using Oscillator Timing
A microcomputer generates random numbers by measuring electronic circuit operating time against an internal oscillator clock signal.
- Pseudo-Random Clock Signal Generation for Side-Channel Attack Mitigation
A linear feedback shift register randomizes clock signals to disrupt power event timing patterns.
- Random Element Distribution via Series Module Control
Series module control distributes random elements sequentially, eliminating output correlation and reducing power consumption in multi-module systems.
- Single Photon Detector Dark Count Random Number Generation
A single photon detector generates random numbers using dark count events without extra hardware.
- Video Fragment Culling for Secure Draw Game Streaming
Pseudorandomly selected video fragments create lifelike draw game streams, resolving integrity issues from human error in online casino environments.
- Information Processing Device Using Segmented Pseudorandom Number Modulation
A device segments pseudorandom number information into irregular mapping inputs to generate signal modulation reference points for data transmission.
- Pseudo Random Number Generation Array for Cryptographic Security
A pseudo random number generation array uses a selector generator to switch between independent instances.
- Allreduce Processing for Parallel Computers
Information processing system segments aggregation into addition and right-shift phases to prevent overflow errors during parallel computing.
- Anonymous Insights Records for Secure Personal Data Access
Anonymous insights records protect privacy by sharding encrypted data across decentralized storage and using limited-use random numbers for controlled access.
- Probabilistic Circuits Using MTJ Resistors for Low-Energy TRNG
Autonomously learning probabilistic circuits harness magnetic tunnel junction resistance fluctuations to generate high-quality random numbers.
- PUF Key Extraction Using Variance-Based Quantization
Physical unclonable function devices derive cryptographic keys by measuring physical parameter variances to determine quantization intervals.
- Random Number Sampling for Distributed Document Instance Counting
A method pairs random numbers with document instances across computer systems to estimate total counts through iterative elimination of lower values.
- Truly Random Bit Generation Logic Circuit
Logic circuit intermixes independent random bit streams to resolve the contradiction between high generation rate and randomness quality.
- Chaotic Sequence Generator Using RNS and Lookup Tables
Residue number system arithmetic generates accelerated chaotic sequences via lookup tables, resolving synchronization complexity in communications.
- Motor Current Entropy for Secure Random Number Generation
Electric motor current fluctuations provide high entropy for cryptographic keys, resolving security vulnerabilities in embedded systems.
- Random Frequency Clock Generator for Side-Channel Attack Defense
A random frequency clock generator modulates execution timing using radioisotope decay pulses to disrupt side-channel attack patterns.
- Timing Challenge Response Authentication for Print Cartridges
A secure microcontroller issues a cryptographic challenge response within an expected time window to authenticate replaceable print supply cartridges.
- On-Chip Bus Bridge Transparent Encryption
A high-performance bus bridge performs transparent encryption between processors and memory, minimizing latency through parallel hardware processing.
- Encrypted Device Identification Stream Generator for Quantum-Resistant Authentication
A system generates unique time-dependent data streams to authenticate user devices using machine learning pattern analysis.
- True Random Number Generator Photon Flow Constraint
A true random number generator uses SPAD detectors and electronic sampling to convert photon arrival times into binary sequences.
- Random Number Generating Unit Using Access Timing Variations
A random number generating unit produces irreproducible values using unstable factors from memory access operations.
- Gaming RNG Second Chance Trigger Probability Control
Dynamic probability tables adjust trigger rates according to symbol instances, managing payout volatility while maintaining regulatory compliance.
- Nonvolatile Memory Seed Selection for Data Randomization
A nonvolatile memory system uses a seed selecting unit to choose seeds from pre-stored tables for data randomization.
- Quantum Random Number Generator Authentication via Entangled States
Entangled photon measurements authenticate the singlet Bell state, resolving bias from preparation errors in random number generation.
- Hardware Randomizer Using XOR and ALU Pipelines
Replacing slow software approaches, this hardware randomizer employs XOR gates and an ALU in a pipelined architecture to achieve high-frequency operation.
- True Random Number Generator Using Programmable Oscillators
A true random number generator circuit uses programmable oscillators driving linear feedback shift registers to produce unpredictable digital outputs.
- Token-Based Zero-Touch Enrollment for Edge IoT Devices
A token-based enrollment mechanism converts challenge tokens to bearer tokens for secure device authentication.
- Uniform Random Shuffling via Weighted PRBS Selection Logic
Weighted selection logic merges multiple pseudo-random bit sequence generators to achieve full coverage without expensive wide data paths.